The leading paradigm to explain DM observations is based on the Weakly Interactive Massive Particle (WIMP) hypotheses, a stable DM particle with mass in the range of \(0.1\div 10\)  TeV [1]}, as it follows in the framework of super-symmetry solutions of the "naturalness problem". Searches for WIMPs are ongoing through three different routes: direct detection, indirect detection, and accelerator searches. None of these efforts have discovered a clear WIMP candidate so far. In addition, no evidence for new physics in the \(0.1\div 10\)  TeV range has been observed at the Large Hadron Collider (LHC). Although not yet conclusive, the lack of evidence for WIMP may imply a different solution for the DM problem outside of the WIMP paradigm.
